Healing Power of EMR-TEK Red Light Tech
In recent years, there has been a growing interest in harnessing the therapeutic potential of light, and one technology that has been gaining attention is EMR-TEK red light technology.
This innovative approach leverages the unique properties of red light to promote healing and address various health concerns.
Benefits
Pain Management: EMR-TEK red light therapy has shown promise in alleviating pain and inflammation associated with various conditions, such as arthritis, muscle strains, and joint injuries. The anti-inflammatory effects of red light can contribute to reduced pain and improved mobility.
Skin Health: The rejuvenating effects of red light on skin cells have made EMR-TEK technology popular in the beauty and skincare industry. It can help reduce wrinkles, improve skin tone, and enhance overall skin texture.
Wound Healing: The enhanced cellular activity stimulated by red light has been linked to accelerated wound healing. This makes EMR-TEK red light therapy a potential adjunctive treatment for wounds, cuts, and other skin injuries.
Muscle Recovery: Athletes and fitness enthusiasts are exploring EMR-TEK red light therapy to support faster muscle recovery after intense workouts. The increased ATP production can aid in reducing muscle fatigue and promoting optimal recovery.
Mood and Sleep Enhancement: Some studies suggest that exposure to red light may have positive effects on mood and sleep patterns. EMR-TEK red light devices may be used to create a relaxing environment that promotes better sleep quality and overall well-being.
Understanding EMR-TEK Red Light Technology: EMR-TEK, or Electromagnetic Radiation Technology, is a cutting-edge system that utilizes red light in the electromagnetic spectrum to stimulate cellular activity and enhance the body's natural healing processes.
Red light, with a wavelength typically between 630 and 700 nanometers, has been found to penetrate the skin and affect cells at a molecular level.
How EMR-TEK Works: EMR-TEK red light technology works by delivering a specific wavelength of red light to targeted areas of the body.
This light energy is absorbed by the mitochondria, the powerhouse of the cell, which then stimulates various cellular functions.
One key mechanism is the promotion of adenosine triphosphate (ATP) production, the energy currency of cells, leading to increased cellular metabolism and repair.
Settings
There is one power cord to turn it on and then you can select LEDs (small lights) or COB (large lights) or both.
Use the arrows to operate the timer.
The lamp emits both red and near-infrared light in all settings.
It is recommended to use both the COB and LEDs for sessions.
Any time of day is fine provided it is relaxing for you.
The COB is where the concentrated light comes from so you would want to line the COB(s) up with your area of focus (as best you can).
In the evening, to combat blue light and get ready for sleep, you can use your lamp for ambient lighting. Just turn off the COB.
You will notice not all LEDs appear on and this is because some of the LEDs are near-infrared LEDs and our human eyes can't see the light emitted from them.
Use
Protective glasses with all EMR-TEK red light technology should be used, particularly if shining on your face or upper chest.
They generally recommend starting with 5 minutes and increasing to 20 minutes over a couple of weeks.
Use about 5 days a week with a couple of days off each week.
A distance of about 1.5 – 2.0 feet is recommended.
If targeting a knee or shoulder where you need extra penetration you could move a little bit closer.
At a distance of 2 feet. Assess your tolerance to red light by starting with the lamp on low power for the first couple of days - using only the peripheral diodes (LED button) starting with 5 minutes and increasing 5 minutes every day until a maximum of 20 minutes is achieved.
After assessing tolerance on low power mode over a couple of days - you can now bring the lamp to full power. using the COB button and the LED button together, starting again with 5 minutes and increasing to a maximum of 20 minutes. For deeper tissues, you may find it helpful to decrease the distance between you and the lamp never going closer than 12 inches.
After assessing tolerance, a distance of 2 feet for 20 minutes may be appropriate for optimal results. Distance is dependent upon target tissue depth.
Skin is the most superficial tissue, requiring the least light for benefit so the suggested distance is 2 feet while the shoulder capsule for example is deeper in the body and can benefit from a stronger irradiation (11.81-19.69 inches).
Please note that facial skin is the most sensitive and direct facial application, meaning the COB is lined up with your face, and should never be done closer than 2 feet.
For Full Body Coverage: Sit in front of the lamp cross-legged in a meditation pose with the lamp propped up off the ground so that the central chip (large globe) is in line with your sternum (middle of your chest). With the lamp situated a distance of 1. to 2 feet from your body, most people can achieve full body irradiation.
Tips
You may find it helpful to integrate some breathing exercises into your red light routine.
Nasal breathing is shown to increase nitric oxide up to 16x while hyper-oxygenating tissues at the same time. Both nitric oxide and oxygen play important roles in mitochondrial function.
Multiple studies indicate that supplementation with coenzyme Q-10, is a powerful antioxidant. enhances the benefits of red light. Ask your doctor first before taking any supplements.
Emerging science is revealing the synergistic effect of antioxidant therapy combined with red light.
One study, "Green tea and red light - A powerful duo in skin rejuvenation", found that when women applied green tea-soaked cotton pads to their face before red light therapy, they saw faster results: the skin rejuvenation achieved in 90 sessions wasblue-blockingonly 9 sessions.
The company that makes EMR-TEK red light formulated an antioxidant serum with green tea and other antioxidants that can be applied to the face 10 minutes before using our lamps
The light can be used on low power mode (only the peripheral diodes) to balance the blue light emitted from your electronic screens during the day and especially at night.
Use the lamp at low power while wearing our blue blocking glasses during the evening to maintain healthy melatonin levels, protect your eyes from screen damage, and keep your circadian rhythm optimum. Melatonin is your body's most powerful antioxidant.
EMR-TEK red light technology represents a promising frontier in the field of light therapy, offering a non-invasive and drug-free approach to addressing various health and wellness concerns.
As research in this area continues to evolve, we can expect to see even more applications and a deeper understanding of the mechanisms behind the therapeutic effects of red light.
Whether you're seeking pain relief, skin rejuvenation, or improved athletic performance, EMR-TEK red light technology may be worth exploring as a complementary and holistic approach to enhancing your overall health.
References
“Firewave - Red and near Infrared Light.” EMR-TEK, emr-tek.com/collections/all/products/firewave.
“Health Benefits of Near-Infrared Light - Dr. Mercola and Brian Richards.” Www.bitchute.com, www.bitchute.com/video/6kwtOQtqSySY/.
“The Benefits of Red Light and Near-Infrared Therapy - Interview with Ari Whitten.” Www.bitchute.com, www.bitchute.com/video/KnEoRTW7CkCj/.
“Detoxification with Near-Infrared Light- Interview with Brian Richards.” Www.bitchute.com, www.bitchute.com/video/WM1QfVJulY4U/.
Amazing Benefits of Red Light and near Infrared Light Therapy | HOC. hocwc.com/amazing-benefits-of-red-light-and-near-infrared-light-therapy/.
Here are some general areas of research and refer you to scientific databases where you can find relevant studies:
PubMed: A widely used database of biomedical literature, PubMed is an excellent resource for finding studies on red light therapy. You can search for terms like "red light therapy," "low-level laser therapy," or "photobiomodulation" to find relevant articles.
Journal of Photochemistry and Photobiology: This journal often publishes research related to the effects of light on biological systems, including studies on red light therapy.
Lasers in Medical Science: Another journal that frequently publishes research on the medical applications of lasers and light therapy.
Photomedicine and Laser Surgery: This journal covers research on the use of light in medicine, including studies on various light therapies.
Journal of Biophotonics: This journal focuses on the interaction between light and biological systems, and you may find studies on photobiomodulation and red light therapy.
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